The YB-9600 direct reading spectrometer, with its high performance and reliable design, as well as innovative optical system and extended wavelength range, ensures precise identification and trace analysis of important elements. The instrument has a very low detection limit and excellent long-term stability; the analysis results are accurate and the reproducibility is good. By combining optical detectors with digital reading technology, the overall design of the instrument is superior to the traditional photomultiplier tube technology, and has gradually become the ideal choice for the metal manufacturing, processing and casting industries. The detection wavelength range of the YB-9600 direct reading spectrometer is extensive, and it is in the leading position in the full-spectrum detection field from the detection lower limit to the detection upper limit.

The Yuboo CS-6700 high-frequency infrared carbon and sulfur analyzer is a high-precision analytical instrument that combines high-frequency induction combustion technology with infrared spectral absorption method to quickly and accurately determine the content of carbon and sulfur elements in various samples. This instrument has the characteristics of fast analysis speed, high detection sensitivity, and good result stability. It is widely used in metallurgy, machinery, chemical engineering, materials, geology, environmental protection and other fields. It is suitable for the determination of carbon and sulfur content in various solid samples such as steel, non-ferrous metals, ores, coke, cement, ceramics, catalysts, etc., providing reliable data support for product quality control, material composition analysis and scientific research experiments.

The Yubo0 ONH-6800 oxygen nitrogen hydrogen analyzer is a high-precision analytical instrument mainly used for precise determination of oxygen, nitrogen, and hydrogen element content in various materials such as metals, alloys, and ceramics. It has a wide range of application fields, including aerospace material testing, metal smelting process quality control, scientific research experiment analysis, automotive component material performance evaluation, and electronic material purity testing, providing reliable data support for material quality control and performance research.

As a professional laboratory analytical instrument, the inductively coupled plasma emission spectrometer has many features, including the ability to test more than 70 elements, fast test speed, and low detection limit. Not only has the instrument configuration been optimized and upgraded in terms of solid-state RF power efficiency and instrument status monitoring functions, but the software has also integrated audit tracking, flame video display, and direct display of sample results when tracing samples. The instrument stability and convenient software operation are closer to customer use, giving customers a better experience. The whole machine has a high degree of automation and intelligence, and the software operation is simple and easy to learn.